In the field of automobile manufacturing, rapid technological advancement and diversified demands have placed higher demands on automobile manufacturers, including production flexibility, improvements in production line automation, and the construction of intelligent systems.
With the product advantages of high precision, safer (the first non-contact electronic safety skin based on floating touch technology), flexibility and high performance, our robots have been widely used in various key processes from automotive parts processing to vehicle assembly production. , helping automobile manufacturing achieve high-level automation in all scenarios, significantly improving the production efficiency and product quality of intelligent automobile manufacturing, creating a safe working environment for employees, and continuing to push it forward.
It has accumulated a large amount of practical experience in the automotive field, assisting Mercedes-Benz, Volkswagen, Buick, Renault, Mazda, Beiqi Foton, Valeo, BMW, Porsche, Geely, Toyota, SAIC-GM, SAIC-GM-Wuling, Nissan, Subaru and other vehicles A leading enterprise that realizes full-scenario high-quality automation in stamping, welding, painting, final assembly, and inspection.
Stamping process
CR series collaborative robots rely on sensitive environment sensing technology to realize automatic loading and unloading during the stamping process, ensuring safety while increasing efficiency by 40%. Its flexible design makes it possible to switch tasks with one click and quickly adapt to the production needs of different parts.
Welding process
The robot adopts a vibration suppression algorithm, and the end jitter is less than 1mm, which greatly improves the welding quality and reduces the rework rate. Its flexible deployment capability increases welding efficiency by 30%, and is suitable for high-precision welding of car doors, chassis and other components.
Painting process
The robot has shortened the introduction time by 80% in the painting process, and improved the consistency of painting quality by 15% through precise glue application and trajectory control. Its large working radius is suitable for spraying and handling various types of body glass, significantly improving efficiency.
Final assembly process
The robot combines visual and force feedback technology to accurately complete the assembly of engines, lights and other components, reducing assembly time by 25%. Its flexible end ensures the precise installation of various interior parts and improves the consistency of the entire vehicle assembly.
